The carbonated liquid is a kind of evaporate cooling liquid. The chemical names of carbonated liquids include ethanol, methanol, acetone, and petroleum ether.When the 2:1 mix of hydrogen and oxygen gas burns with evaporate carbonated liquid,the oxyhydrogen flame temperature will be lower. One of the most economy chemical liquid is methyl alcohol. According to the melting point of the heated materials and corresponding processing requirements,we can add the chemical liquid into the additive tank to burn with mixed oxyhydrogen gas.
How to regulate the oxyhydrogen flame temperature?
1. The hydrogen oxygen flame burns in a fixed ,and it can reach a temperature of 2800 Celsius degrees.
2. Add water to the additive tank of the oxyhydrogen generator, and the oxyhydrogen flame is straight to reach 3300 Celsius degrees.
3. Add alcohol(Methylated spirits) to the additive tank of the oxyhydrogen generator, and adjust the temperature of the oxyhydrogen flame to 2200 Celsius degrees.
4. Add a mixture of alcohol and ketone(Methyl ethyl ketone) to the additive tank of the oxyhydrogen generator, and adjust the temperature of the oxyhydrogen flame to 1850 Celsius degrees.
5. Acetone is added to the additive tank of the oxyhydrogen generator, and the temperature of the oxyhydrogen flame is adjusted to 1200 Celsius degrees.Acetone is also a good way to make that flame reductive instead of oxidative. It can heat up large work pieces quickly.
Customers can choose to add different liquids to the additive tank of the oxyhydrogen generator according to their application needs to meet the corresponding processing requirements.
Oxyhydrogen flame has the following advantages compared to other fuels:
Safety and environmental protection
Hydrogen molecular weight is 2, which is 1/14 lighter than air. Therefore, if hydrogen leaks into the air, it will automatically escape from the ground and will not form an accumulation. And other fuel gas will accumulate on the ground, posing a flammable and explosive danger. It is odorless,non-toxic,and only water vapor after combustion, which does not pollute the environment and not cause human poisoning.
High temperature and high energy
The calorific value of 1kg hydrogen is 34000Kcal, which is three times that of gasoline. The temperature of the hydrogen oxygen flame is up to 2800 degrees, which is higher than that of conventional liquid gas.
Concentrated heat energy
The oxyhydrogen flame is straight with low heat loss and high utilization efficiency.
Renewable energy.
Hydrogen comes from water and is reduced to water vapor after combustion.
Catalytic characteristics
Hydrogen is an active gas catalyst that can be mixed with air to catalyze the combustion of all solid, liquid, and gas fuels. It accelerates the reaction process, promotes complete combustion, and achieves the effect of increasing flame temperature, energy conservation, and carbon emission reduction.
Reduction characteristics
Various raw materials require hydrogen for refining.
Temperature variation characteristics
The flame temperature can be adjusted according to the melting point of the heated materials.
Wide-ranging source
Hydrogen can be produced by electrolysis of water, and 1860 liters of oxyhydrogen gas can be produced per 1kg of water.
On-site gas production on demand
Oxyhydrogen generator supplies hho gas as you need by using advanced automatic control technology.
Wide application range
It is suitable for all applications that require gas.
